Insider Brief:
- Oxford Quantum Circuits and Cyxtera report that customers will soon have access to quantum computing-as-a-service through Cyxtera’s Reading Data Center Campus LHR3.
- The partnership is labeled a “world’s first” integration of a quantum computer in a colocation data center.
- OQC will also join the Cyxtera ecosystem of service providers and will have its products and services available via a marketplace to more than 2,300 Cyxtera customers.
- Image: Oxford Quantum Circuits
PRESS RELEASE – Oxford Quantum Circuits (OQC), Europe’s leading quantum computing company, and Cyxtera (NASDAQ: CYXT), a global leader in data center colocation and interconnection services, announced today that customers will soon have access to quantum computing-as-a-service via Cyxtera’s Reading Data Center Campus LHR3.
This partnership will mark the world’s first integration of a quantum computer in a colocation data center. Customers throughout Cyxtera’s U.K. data centers will be able to access OQC’s quantum computer via the Cyxtera Digital Exchange, dramatically reducing latency times for quantum algorithms and use cases.
“For quantum computing to be genuinely accessible and fully realize its potential as a technology, it must seamlessly integrate within businesses’ current computing and data management infrastructure. At this stage, it simply cannot work in isolation. Thanks to this pioneering partnership, we will give Cyxtera’s customers direct access to our latest quantum computer—within their data centers, at the click of a button—without making any changes to their operations,” said Dr. Ilana Wisby, Chief Executive Officer, OQC.
Today, the vast majority of quantum computers are accessible “as a service” via the public cloud, or via a private cloud, like OQC’s own cloud. By providing access directly within a Cyxtera data center, OQC will make quantum computing even more accessible and reduce the locality and proximity challenges typically associated with the distance between classical applications and the quantum computer.
This deployment marks a significant step in moving quantum computing from a “lab” environment into a fully managed, industry-ready environment with the security, interconnectivity, network bandwidth, and redundant infrastructure that will be needed as the technology matures.
OQC selected Cyxtera due to the company’s vision for making innovative technologies more accessible, as well as its ability to easily connect OQC’s quantum-as-a-service platform to multiple customers and accommodate unique hosting requirements, such as cryogenic systems.
“Quantum computing will enable organizations across a wide range of industries to access unprecedented calculation speed and deeper analytical capabilities,” said Randy Rowland, Chief Operating Officer, Cyxtera. “We’re thrilled to partner with OQC, providing our customers access to the U.K.’s most advanced quantum computing platform.”
OQC will also join the Cyxtera ecosystem of service providers whose innovative value-added solutions are available via a marketplace to more than 2,300 Cyxtera customers.
About Cyxtera
Cyxtera is a global leader in colocation and interconnection services, with a footprint of more than 60 data centers in over 30 markets. With IT infrastructure becoming increasingly hybrid, complex, and distributed, Cyxtera continues to expand its portfolio beyond space and power to deliver more cloud-like and flexible infrastructure solutions across its global data center platform and robust partner ecosystem. Today, Cyxtera provides more than 2,300 enterprise and government customers with the technology solutions they need to scale faster, achieve financial goals, and gain a competitive advantage. For more information, please visit www.cyxtera.com.
About Oxford Quantum Circuits (OQC)
OQC is Europe’s leading quantum computing company. We bring quantum to our customers’ fingertips and enable them to make breakthrough discoveries. Our quantum computers are available via private cloud and on Amazon Braket. For more information: www.oxfordquantumcircuits.com.
For more market insights, check out our latest quantum computing news here.
